Ecliptic/Quizzes/Quiz 1/Testbank

Download as pdf file (look for the Original file link)

EclipticQuiz1

If you are reading this as a Wikiversity page, proper pagebreaks should result if printed using your browser's print option. On Chrome, Explorer, and Firefox, this option is available in the upper right hand corner of your screen. But, pagebreaks do not render properly if you use "Printable version" on Wikiversity's Print/export option on the left-hand sidebar.

This document contains either a study guide OR pairs of exams taken from the same exam bank

If two exams have the same s-number, then v1 and v2 have the same questions, presented in different (random) order.

Exams with different s-numbers have different questions and may not have the same difficulty.

Click items in the table of contents and appropriate page should be reached. This feature should allow you to print only those pages that you need.

At the end of this document

Attribution for the quizzes identifies where the questions were obtained

Study guide links reading materials and/or relevant equations.

EclipticQuiz1-v1s1

1. In the course of a year, the Sun is always in or near one of the 12 zodiacal constellations

___ a) true

___ b) false

2. A star in any of the 12 zodiacal constellations rises and sets near where the Sun rises and sets, except that the cycle is repeated every 24 hours minus approximately 4 minutes.

___ a) true

___ b) false

3. Four minutes times 365 is approximately one

___ a) year

___ b) week

___ c) day

___ d) month

4. The ecliptic is the set of all points on the celestial sphere

___ a) occupied by the Sun and Moon during eclipse season.

___ b) occupied by the Sun over the course of a year.

___ c) occupied by the Sun over the course of one day.

___ d) occupied by the Moon over the course of one month.

___ e) occupied by the Moon over the course of one day.

5. ${\frac {360\,{\text{degrees}}}{30\,{\text{days}}}}={\frac {36}{3}}\,$, calculates that the Moon moves approximately 13 ______

___ a) degrees per day compared to the fixed stars

___ b) degrees per day across the sky

___ c) degrees per hour compared to the fixed stars

___ d) degrees per hour across the sky

6. ${\frac {360}{24}}={\frac {36\cdot 10}{12\cdot 2}}={\frac {12\cdot 3\cdot 5\cdot 2}{12\cdot 2\,}}$, calculates that the Sun moves 15

___ a) degrees per day compared to the fixed stars

___ b) degrees per hour compared to the fixed stars

___ c) degrees per day across the sky

___ d) degrees per hour across the sky

7. One minute of arc describes and angle 60 times smaller than one degree, which nearly equals the observed angular motion of a star in one minute.

___ a) true

___ b) false

8. One minute of arc describes and angle 60 times smaller than one degree, which is NOT equal to the observed angular motion of a star in one minute.

___ a) true

___ b) false

9. Two great circles on a sphere meet at ______ point(s)

___ a) 2

___ b) 1

___ c) 0

___ d) 3

___ e) 4

10. As the Sun rises and sets it typically spends 4 minutes in each constellation of the Zodiac

___ a) true

___ b) false

Key to EclipticQuiz1-v1s1

1. In the course of a year, the Sun is always in or near one of the 12 zodiacal constellations

+ a) true

- b) false

2. A star in any of the 12 zodiacal constellations rises and sets near where the Sun rises and sets, except that the cycle is repeated every 24 hours minus approximately 4 minutes.

+ a) true

- b) false

3. Four minutes times 365 is approximately one

- a) year

- b) week

+ c) day

- d) month

4. The ecliptic is the set of all points on the celestial sphere

- a) occupied by the Sun and Moon during eclipse season.

+ b) occupied by the Sun over the course of a year.

- c) occupied by the Sun over the course of one day.

- d) occupied by the Moon over the course of one month.

- e) occupied by the Moon over the course of one day.

5. ${\frac {360\,{\text{degrees}}}{30\,{\text{days}}}}={\frac {36}{3}}\,$, calculates that the Moon moves approximately 13 ______

+ a) degrees per day compared to the fixed stars

- b) degrees per day across the sky

- c) degrees per hour compared to the fixed stars

- d) degrees per hour across the sky

6. ${\frac {360}{24}}={\frac {36\cdot 10}{12\cdot 2}}={\frac {12\cdot 3\cdot 5\cdot 2}{12\cdot 2\,}}$, calculates that the Sun moves 15

- a) degrees per day compared to the fixed stars

- b) degrees per hour compared to the fixed stars

- c) degrees per day across the sky

+ d) degrees per hour across the sky

7. One minute of arc describes and angle 60 times smaller than one degree, which nearly equals the observed angular motion of a star in one minute.

- a) true

+ b) false

8. One minute of arc describes and angle 60 times smaller than one degree, which is NOT equal to the observed angular motion of a star in one minute.

+ a) true

- b) false

9. Two great circles on a sphere meet at ______ point(s)

+ a) 2

- b) 1

- c) 0

- d) 3

- e) 4

10. As the Sun rises and sets it typically spends 4 minutes in each constellation of the Zodiac

- a) true

+ b) false

EclipticQuiz1-v2s1

1. A star in any of the 12 zodiacal constellations rises and sets near where the Sun rises and sets, except that the cycle is repeated every 24 hours minus approximately 4 minutes.

___ a) true

___ b) false

2. One minute of arc describes and angle 60 times smaller than one degree, which nearly equals the observed angular motion of a star in one minute.

___ a) true

___ b) false

3. The ecliptic is the set of all points on the celestial sphere

___ a) occupied by the Sun over the course of one day.

___ b) occupied by the Sun and Moon during eclipse season.

___ c) occupied by the Sun over the course of a year.

___ d) occupied by the Moon over the course of one day.

___ e) occupied by the Moon over the course of one month.

4. Four minutes times 365 is approximately one

___ a) day

___ b) month

___ c) week

___ d) year

5. Two great circles on a sphere meet at ______ point(s)

___ a) 3

___ b) 0

___ c) 2

___ d) 1

___ e) 4

6. One minute of arc describes and angle 60 times smaller than one degree, which is NOT equal to the observed angular motion of a star in one minute.

___ a) true

___ b) false

7. ${\frac {360}{24}}={\frac {36\cdot 10}{12\cdot 2}}={\frac {12\cdot 3\cdot 5\cdot 2}{12\cdot 2\,}}$, calculates that the Sun moves 15

___ a) degrees per hour across the sky

___ b) degrees per hour compared to the fixed stars

___ c) degrees per day across the sky

___ d) degrees per day compared to the fixed stars

8. As the Sun rises and sets it typically spends 4 minutes in each constellation of the Zodiac

___ a) true

___ b) false

9. ${\frac {360\,{\text{degrees}}}{30\,{\text{days}}}}={\frac {36}{3}}\,$, calculates that the Moon moves approximately 13 ______

___ a) degrees per hour across the sky

___ b) degrees per hour compared to the fixed stars

___ c) degrees per day across the sky

___ d) degrees per day compared to the fixed stars

10. In the course of a year, the Sun is always in or near one of the 12 zodiacal constellations

___ a) true

___ b) false

Key to EclipticQuiz1-v2s1

1. A star in any of the 12 zodiacal constellations rises and sets near where the Sun rises and sets, except that the cycle is repeated every 24 hours minus approximately 4 minutes.

+ a) true

- b) false

2. One minute of arc describes and angle 60 times smaller than one degree, which nearly equals the observed angular motion of a star in one minute.

- a) true

+ b) false

3. The ecliptic is the set of all points on the celestial sphere

- a) occupied by the Sun over the course of one day.

- b) occupied by the Sun and Moon during eclipse season.

+ c) occupied by the Sun over the course of a year.

- d) occupied by the Moon over the course of one day.

- e) occupied by the Moon over the course of one month.

4. Four minutes times 365 is approximately one

+ a) day

- b) month

- c) week

- d) year

5. Two great circles on a sphere meet at ______ point(s)

- a) 3

- b) 0

+ c) 2

- d) 1

- e) 4

6. One minute of arc describes and angle 60 times smaller than one degree, which is NOT equal to the observed angular motion of a star in one minute.

+ a) true

- b) false

7. ${\frac {360}{24}}={\frac {36\cdot 10}{12\cdot 2}}={\frac {12\cdot 3\cdot 5\cdot 2}{12\cdot 2\,}}$, calculates that the Sun moves 15

+ a) degrees per hour across the sky

- b) degrees per hour compared to the fixed stars

- c) degrees per day across the sky

- d) degrees per day compared to the fixed stars

8. As the Sun rises and sets it typically spends 4 minutes in each constellation of the Zodiac

- a) true

+ b) false

9. ${\frac {360\,{\text{degrees}}}{30\,{\text{days}}}}={\frac {36}{3}}\,$, calculates that the Moon moves approximately 13 ______

- a) degrees per hour across the sky

- b) degrees per hour compared to the fixed stars

- c) degrees per day across the sky

+ d) degrees per day compared to the fixed stars

10. In the course of a year, the Sun is always in or near one of the 12 zodiacal constellations

+ a) true

- b) false

EclipticQuiz1-v1s2

1. One minute of arc describes and angle 60 times smaller than one degree, which is NOT equal to the observed angular motion of a star in one minute.

___ a) true

___ b) false

2. As the Sun rises and sets it typically spends 4 minutes in each constellation of the Zodiac

___ a) true

___ b) false

3. Two great circles on a sphere meet at ______ point(s)

___ a) 1

___ b) 0

___ c) 2

___ d) 3

___ e) 4

4. Four minutes times 365 is approximately one

___ a) week

___ b) day

___ c) month

___ d) year

5. In the course of a year, the Sun is always in or near one of the 12 zodiacal constellations

___ a) true

___ b) false

6. A star in any of the 12 zodiacal constellations rises and sets near where the Sun rises and sets, except that the cycle is repeated every 24 hours minus approximately 4 minutes.

___ a) true

___ b) false

7. One minute of arc describes and angle 60 times smaller than one degree, which nearly equals the observed angular motion of a star in one minute.

___ a) true

___ b) false

8. ${\frac {360\,{\text{degrees}}}{30\,{\text{days}}}}={\frac {36}{3}}\,$, calculates that the Moon moves approximately 13 ______

___ a) degrees per hour compared to the fixed stars

___ b) degrees per day across the sky

___ c) degrees per hour across the sky

___ d) degrees per day compared to the fixed stars

9. ${\frac {360}{24}}={\frac {36\cdot 10}{12\cdot 2}}={\frac {12\cdot 3\cdot 5\cdot 2}{12\cdot 2\,}}$, calculates that the Sun moves 15

___ a) degrees per day across the sky

___ b) degrees per hour compared to the fixed stars

___ c) degrees per day compared to the fixed stars

___ d) degrees per hour across the sky

10. The ecliptic is the set of all points on the celestial sphere

___ a) occupied by the Sun over the course of one day.

___ b) occupied by the Moon over the course of one day.

___ c) occupied by the Sun and Moon during eclipse season.

___ d) occupied by the Sun over the course of a year.

___ e) occupied by the Moon over the course of one month.

Key to EclipticQuiz1-v1s2

1. One minute of arc describes and angle 60 times smaller than one degree, which is NOT equal to the observed angular motion of a star in one minute.

+ a) true

- b) false

2. As the Sun rises and sets it typically spends 4 minutes in each constellation of the Zodiac

- a) true

+ b) false

3. Two great circles on a sphere meet at ______ point(s)

- a) 1

- b) 0

+ c) 2

- d) 3

- e) 4

4. Four minutes times 365 is approximately one

- a) week

+ b) day

- c) month

- d) year

5. In the course of a year, the Sun is always in or near one of the 12 zodiacal constellations

+ a) true

- b) false

6. A star in any of the 12 zodiacal constellations rises and sets near where the Sun rises and sets, except that the cycle is repeated every 24 hours minus approximately 4 minutes.

+ a) true

- b) false

7. One minute of arc describes and angle 60 times smaller than one degree, which nearly equals the observed angular motion of a star in one minute.

- a) true

+ b) false

8. ${\frac {360\,{\text{degrees}}}{30\,{\text{days}}}}={\frac {36}{3}}\,$, calculates that the Moon moves approximately 13 ______

- a) degrees per hour compared to the fixed stars

- b) degrees per day across the sky

- c) degrees per hour across the sky

+ d) degrees per day compared to the fixed stars

9. ${\frac {360}{24}}={\frac {36\cdot 10}{12\cdot 2}}={\frac {12\cdot 3\cdot 5\cdot 2}{12\cdot 2\,}}$, calculates that the Sun moves 15

- a) degrees per day across the sky

- b) degrees per hour compared to the fixed stars

- c) degrees per day compared to the fixed stars

+ d) degrees per hour across the sky

10. The ecliptic is the set of all points on the celestial sphere

- a) occupied by the Sun over the course of one day.

- b) occupied by the Moon over the course of one day.

- c) occupied by the Sun and Moon during eclipse season.

+ d) occupied by the Sun over the course of a year.

- e) occupied by the Moon over the course of one month.

EclipticQuiz1-v2s2

1. As the Sun rises and sets it typically spends 4 minutes in each constellation of the Zodiac

___ a) true

___ b) false

2. One minute of arc describes and angle 60 times smaller than one degree, which is NOT equal to the observed angular motion of a star in one minute.

___ a) true

___ b) false

3. Four minutes times 365 is approximately one

___ a) day

___ b) month

___ c) week

___ d) year

4. Two great circles on a sphere meet at ______ point(s)

___ a) 1

___ b) 2

___ c) 3

___ d) 4

___ e) 0

5. ${\frac {360\,{\text{degrees}}}{30\,{\text{days}}}}={\frac {36}{3}}\,$, calculates that the Moon moves approximately 13 ______

___ a) degrees per day across the sky

___ b) degrees per hour across the sky

___ c) degrees per hour compared to the fixed stars

___ d) degrees per day compared to the fixed stars

6. One minute of arc describes and angle 60 times smaller than one degree, which nearly equals the observed angular motion of a star in one minute.

___ a) true

___ b) false

7. The ecliptic is the set of all points on the celestial sphere

___ a) occupied by the Sun and Moon during eclipse season.

___ b) occupied by the Sun over the course of one day.

___ c) occupied by the Moon over the course of one day.

___ d) occupied by the Sun over the course of a year.

___ e) occupied by the Moon over the course of one month.

8. ${\frac {360}{24}}={\frac {36\cdot 10}{12\cdot 2}}={\frac {12\cdot 3\cdot 5\cdot 2}{12\cdot 2\,}}$, calculates that the Sun moves 15

___ a) degrees per hour compared to the fixed stars

___ b) degrees per hour across the sky

___ c) degrees per day compared to the fixed stars

___ d) degrees per day across the sky

9. A star in any of the 12 zodiacal constellations rises and sets near where the Sun rises and sets, except that the cycle is repeated every 24 hours minus approximately 4 minutes.

___ a) true

___ b) false

10. In the course of a year, the Sun is always in or near one of the 12 zodiacal constellations

___ a) true

___ b) false

Key to EclipticQuiz1-v2s2

1. As the Sun rises and sets it typically spends 4 minutes in each constellation of the Zodiac

- a) true

+ b) false

2. One minute of arc describes and angle 60 times smaller than one degree, which is NOT equal to the observed angular motion of a star in one minute.

+ a) true

- b) false

3. Four minutes times 365 is approximately one

+ a) day

- b) month

- c) week

- d) year

4. Two great circles on a sphere meet at ______ point(s)

- a) 1

+ b) 2

- c) 3

- d) 4

- e) 0

5. ${\frac {360\,{\text{degrees}}}{30\,{\text{days}}}}={\frac {36}{3}}\,$, calculates that the Moon moves approximately 13 ______

- a) degrees per day across the sky

- b) degrees per hour across the sky

- c) degrees per hour compared to the fixed stars

+ d) degrees per day compared to the fixed stars

6. One minute of arc describes and angle 60 times smaller than one degree, which nearly equals the observed angular motion of a star in one minute.

- a) true

+ b) false

7. The ecliptic is the set of all points on the celestial sphere

- a) occupied by the Sun and Moon during eclipse season.

- b) occupied by the Sun over the course of one day.

- c) occupied by the Moon over the course of one day.

+ d) occupied by the Sun over the course of a year.

- e) occupied by the Moon over the course of one month.

8. ${\frac {360}{24}}={\frac {36\cdot 10}{12\cdot 2}}={\frac {12\cdot 3\cdot 5\cdot 2}{12\cdot 2\,}}$, calculates that the Sun moves 15

- a) degrees per hour compared to the fixed stars

+ b) degrees per hour across the sky

- c) degrees per day compared to the fixed stars

- d) degrees per day across the sky

9. A star in any of the 12 zodiacal constellations rises and sets near where the Sun rises and sets, except that the cycle is repeated every 24 hours minus approximately 4 minutes.

+ a) true

- b) false

10. In the course of a year, the Sun is always in or near one of the 12 zodiacal constellations

+ a) true

- b) false

Attribution (for quiz questions) under CC-by-SA license

http://en.wikiversity.org/wiki/Ecliptic/Quizzes/Quiz_1

Study guide

http://en.wikipedia.org/wiki/Ecliptic